The first time the scene of the laser moving in the air was recorded
By using a speed camera of approximately 20 billion frames per second, scientists have returned to the video for the first time to show a laser beam moving in the air fo…
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By using a speed camera of approximately 20 billion frames per second, scientists have returned to the video for the first time to show a laser beam moving in the air fo…
You probably know that scientists have used a speed camera equivalent to 20 billion frames per second to capture the motion of a laser for 6 nanoseconds.
According to a reporter in Japan, Active Link Technology Company of Panasonic Electronics Group officially announced the robot frame models to support human activities.
With its light weight and good strength, titanium is the best material to produce bicycle frames.
According to experts, the tool will split the child's cough record into frames of just 12.5 milliseconds, then analyze each of these frames for parameters such as in…
If you have ever had a bone fracture, you probably know how uncomfortable it is, and you have to carry plaster casts and fuss. 3D printing technology will change this.
Japan's NHK Television has developed an extremely unique camera system, which allows recording of a frame from various angles.
Japan's NHK TV has built a robotic camera system that allows recording a frame from many different angles.
The semi-mechanical robotic frame (HAL) contains radiation shielding metal material and weighs about 70kg but the wearer can move very comfortably and perform various ta…
Wide Angle Scuba Series HD can shoot Full HD video at 30 frames per second and take 12-megapixel stills.
In football, goals are determined when the entire ball crosses the horizontal line of the goal. However, this is a very sensitive situation because the referee sometimes…
Pivothead's special glasses also have the ability to record images during use.
The Oculus telepresence robot was created by Colin Adamson, a Canadian industrial designer.
Students at the Florida Institute of Technology in Melbourne have just taken a first-ever X-ray image with a speed of 10 million frames per second.